Cream whipper



July 6, 1948.

E. C. BRLILL CREAM WHIPPER 2 Sheets-Sheet 1 Filed NOV. 5, 1945 I... m y v E m 4 L nu w M pv 022:: n n z E 1 w w :2 :5 a on m 2 F 1? K I A w 0 M w a :2 o: a n M a 22 2; U 2 H 5 a B H 7 J H H v C i 5 4 I LE 5 n E. C. BRULL CREAM WHIPPER July 6, 19 48 2 Sheets-Sheet 2 Filed Nov. 3, 1945 EHYEF E use/v15 C. BRULL Patented July 6, 1948 UNITED. s'mrss PATENT OFFICE.

7 Eugene C. Brull, Forest Park, 111.; Eugene E. Brull administrator of said Eugene C. Brull, de-

ceased Application November 3, 1945, Serial No. 626,541 r 1 Claim. (01. 259-132) The present invention relates to a cream whipper, and more particularly to a utensil which will more effectively whip cream than the devices heretofore used.

An object of the present invention is to providea cream whipper which will whip not only whipping cream but coffee cream as well.

An object of the present invention is to provide a cream whipper which will whip coffee cream as readily as whipping cream.

' Another object of the present invention is to provide a cream whipper with a double dasher arrangement, one dasher being disposed inwardly of the other and the dashers perforated, together with means for relatively rotating the two dashers.

A further object of the present invention is-to provide a double dasher arrangement for a cream whipper wherein the dashers are formed of fiat strip metal bent or formed into elliptical shape in side elevation, arranging the dashers one inside of another and connecting the dashers for relative rotation.

A still further object of the present invention is to provide a double dasher arrangementfor whipping cream wherein vacuum is created by the provision of a plurality of perforations in the dashers which aerates the cream sufiiciently so that coffee cream may be whipped as well as whipping cream.

The above, other and further objects of the present invention will be apparent from the following description and accompanying drawings.

Embodiments of the present invention are illustrated in the accompanying drawingsand the views thereof are .asfollows:

Figure 1 is a side elevational view of a motor driven mixer having the whipper of the present invention thereto applied, and showing in section a bowl for the cream. I v I Figure 2 is an enlarged vertical sectional view through 'the'whipper arrangement of Figure 1, showing relationship of certain of the parts, section being taken on line 11-11 of Figure 3.

Figure 3 is a top plan view of the dashers taken on the plane indicatedby line IIIIII-of Figure 2.'

Figure 4 is a front elevational view of a handoperated whipper" having applied thereto the dasher arrangement of the present invention.

Figure 5 is a view similar to Figure 4 taken at 90 thereto, showing certain parts in section and other parts in elevation. 1 Figure 6 is a topyplan view of the outer dasher of-the arrangements shown in Figures 4 and 5;

Figure '7 is a top plan view of the inner dasher of the arrangements shown in Figures 4 and 5.

Figure 8 is a section taken-on line VIII-VIII of Figure 2, and Y I Figure 9 is a section taken on line IX--IX of Figure 5.

The drawings will now be explained.

Referring to Figure 1,.a known type of electrically driven mixer is illustrated, and includes a base Iii, an upright ll, to which is pivoted at I3 a support l2 for the motor casing, designated generally at I4, and I5 designates a handle for rocking the motorstructure on the pivot l3.

The dashers of the present invention are constructed from thin, fiat, sheet metal, profusely perfo-rated, and formed into elliptical shape in side elevation. "Referring to Figure 2, A designates an inner dasher while B designates an outer dasher, these dashers being suitably secured for relative rotation.

The inner dasher A includes an upper piece of metal [6; and a similarlyshaped piece of metal. ll, riveted or :welded together at their ends as indicated at I8. The central portions of the plates are apertured as at H! and where the margins of the apertures are riveted at 2| and 22 to flanges 23 and 24 of a sleeve 25. The arrangement of the plates I6 and H, in this manner, forms a dasher which is elliptical in side elevation as may be observed in Figure 2.

The margins of the plates of the dasher B about the central apertures therein are riveted at 25 to the flange 21 of a centrally apertured block 28 mounted on top of the sleeve 2|.

The upper plate 29 of the outer dasher B is riveted at its ends to the lower plate 30 as at 3|, with the central portion of the plates :bowed or separated as illustrated in Figure Z. The margin of the lower plate 30 adjacent its central aperture 32 receives the shank 33 of a plug with the head 34 of the plug bearing against the outer surface of the lower plate 30. Between the central portion of the lower plate I! of the inner dasher A and the lower plate 30 of the outer dasher B is a separator 35 apertured to receive the plug. 7

Within the motor casing I4 is a suitable electric motor driving a shaft which rotates the stem 36 of a bevel gear 31. The bevel gear 31 is in mesh with an upper bevel gear 38 and a lower bevel gear 39. The uppergear 38 is fastened as by a pin to a vertically depending shaft 4| which passes through the plug a'block 28. A pin'42 driving relation to the shaft 4| will rotateit with it. The outer dasher B being connected to the sleeve 43 will rotate with' 'it;

By reason of the perforations in the plates forming the dashers A and B a vacuum is created in the cream, when the dashers1are rotatedgso that the cream very quickly Whips.

metal, bent to the form illustrated in Figure 4, with the free ends of the piece of material brought together about the spindle 41, in the manner shown in Figure 6. Referring to Figure 4, it will be observed that the flange 59 connects the ends of the dasher E to a flange 6| against the inner surface of the meeting ends of the place and-treating on ttqp lof ithe block 51, by suitable rivets. 'A central=portion of the lower portion 62 of the sheet of the dasher E is aper- "tured to receive the lower end of the spindle 41 vand 'has riveted to it inner and outer flanges 63 and 64, as may be fully observed in Figures 4 and -Separating=the fianges GI and 63, axially, are 'sleeves' 65 and lili having flanges El and 68 receiving the dasherEB between them, with rivets through ltheiflanges and dasher. A pin in fastens the sleeve 65 to the spindle 47 while a pin The form of the invention illustrated'in'Figures 1, 2 and 3 is intended for commercial use, such as *the large whippersfor bakeries, restaurants; clubs and the like in connection-withzthe use'otwhich a largebowl'c would be used for containing the cream to be whipped. Wherethe bowl -is high, and thelot *or cream is in it tobe whipped, there may be added a third dasherD, of the same f0rm.-and construction asdescribed with respect to thedashers A and B, attached to-thesleeve :43, above the dasheriB, and with its length at right angles to the length of the dasher B; According to :Figure 3 it"will be'observed that the' length of the dasher D is slightly greater than the length of the dasher B. so .as to extend-almost to theinclined-divergent walls of the'bowl-C- tobreak up any air bubblesthere'may bearisingfromthe mass of cream withinwhich the dashers A and B are rotating. With. the provision of the additional dasher D the cream may be very quickly whipped, r

B3? reason of the fact 'thatithe dashers :are

, formed as shown and described, with the plates profusely perforatedzthe-mass of creamis \quickly aerated thus hastening the making of the whipped cream. It :has 'been demonstratedsthat the construction ofuthepresent invention easily isgillustrated, comprising a vframe 144 havingsa Q handle 45 at its upper-endand with its-lower end .bent forming a flange 46. .Aespindle 4'lis fastened to athe-frame by a;pin. 48, extendsdown to thefiange 46 which flange is suitably apertured for it. Supported below the fiange'46 and surrounding thespindle-41 is a sleeve 49 supporting a-spur. gear 50 atits upper end. A driving gear 5l is pivoted at 52 to the frame *44, with the gear disposed in vertical plane, the'gear being provided with a plurality of radially extending .circumferentially spaced elongated'holes 53'with walls orpartitions 54 between the holes, the walls or partitions constituting teeth formeshing-with theteeth of the spur gear 5!)to rotate the-sleeve J49 whenever the gear 51 is rotated by'means'of a .crank .55 fastened .to it, having a knob or handle 55.

Near the lower end of the spindle 41 is'pinned a'ibearing block 51- supporting -a"circular= disk 58 which is profusely perforated.

"'Rivete'd' to the-lower end of the sleeve 49, as at 59 is the upper plate '60 of-an electrical dasher member E, as'shown in side -elevationin Figure'e.

The dasher E'is-madeefonepiece of' sheet H fashens the sleeve 66 to the spindle 41, thus holding the dasher 58 against rotation. The flange membersfii :and 63lhaveaxially extending passages '16 through them through which cleaning water passes, the .waterhaving been discharged with force into the -slot '12 of the sleeve 24!]. I

:Ihgsleeve '43-.of the'formrshown in Figures 1 and 2 is likewise slottedat 13 through which water is forced for cleaning the device.

The block :28 has an aendportion-H of reduced diameter entered in .the upper end :of'sleeve 25 as a bearing. The ,shank- 33 is entered in the lower end of the sleevez asa bearing. Theblock 28 and-the shank 33 haveaxially extending surface passages .15 through i which water .may -.escape fromthe device while it is being cleaned.

In this form of the invention the geara5i is rotated byhand which rotation: rotates the sleeve 48 and with itrthesdasher Thedasher .Ewis profusely :perforated, so that as it is rotated, vacuum is icreated' between it :and the disk 158 thus quickly whipping the cream.

With a hand device such=as-zthatshown=in 'Figures 4 and 5, I have successfully whipped-.coflee cream. in less than two :minutes.

Rotatinguthe adasher B with :respect to the dasher A creates a vacuum in thezmassofcream thus -quickly causing it 1 to whip.

Thesh-a ft il and sleeve 4'3.have sbeen .-shown for permanent connection to ithe .motor casing l4. It is to be understood that both the shaft and sleeve could be connecte'dfor ready'removal for cleaning' purposes, by means'well known in the art.

Itis to be understood that thematerial used in'theconstruction of the-devices of thepresent invention will be .such' as-not to contaminatethe cream being whipped nor to be corroded by the cream, e. g., stainless'steel, nickleplate and the like.

It will be noted that the present invention contemplates a cream whipper in which a'double dasher, arrangement .is used, the dashers being nested, and Ofelli'rnticahshape in side elevation. It is .the relative rotation of these dashers, which are profusely ;.perforat'ed, that accomplishes the rapid and quick whipping of cream especially .of oofiee' cream.

:The same principle isinvolve'd the handoperatedwhipperof Figures 4 an'dfi. In these figures -I have-illustrated them comprising an outer dasherE as of elliptical shape-inside elevation and an inner dashencomprising .aplate. .It is within .the purview .of' the. present. invention to substitute ion-the Blatefiii a dasher; which. is ellip- 5 tical in sid elevation and which may be arranged Within the confines of the dasher E.

It will, of course, be understood that various details of construction may be varied through a wide range without departing from the principles of this invention and it is, therefore, not the purpose to limit the patent granted hereon otherwise than necessitated by the scope of the appended claim.

I claim as my invention:

A cream whipper including a drive shaft, means for rotating it, a dasher secured to an end of said shaft, said dasher comprising two rectangular thin fiat sheets of bendable material permanently fastened together at their ends and arranged with their central portions immovably secured to said shaft in separated relation axially of said shaft and defining an ellipse in side elevation; said dasher being attached to said shaft With its major axis at right angles to the length of the shaft;

the immovable connection of said sheets to said shaft preventing any deformation of the sheets as the dasher is rotated with the shaft.

EUGENE C. BRULL.

REFERENCES CITED The following references are of record in the file of this patent:

UNITED STATES PATENTS Number Name Date 846,661 Godward Mar. 12, 1907 1,426,080 Holt Aug. 15, 1922 1,577,615 Emery Mar. 23, 1926 1,707,789 Fitzpatrick Apr. 2, 1929 1,726,977 Brull Sept. 3, 1929 FOREIGN PATENTS Number Country Date 219,201 Great Britain July 24, 1924 

